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Stability constants of complexes

In coordination chemistry, a stability constant (also called formation constant or binding constant) is an equilibrium constant for the formation of a complex in solution. It is a measure of the strength of the interaction between the reagents that come together to form the complex. There are two main kinds of complex: compounds formed by the interaction…

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Stability constants of complexes

Nodes179
Edges178
Triples10
Avg. degree1.99
Density0.011173
Components1

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complex complexes stability constants constant example ion formation ligand metal concentration chelate ions used effect ligands two solution enthalpy reaction

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SubjectPredicateObjectConfidenceSrc
KL ML is sometimes found in the literatureinstance ofthough a symbol0.80text
DTPAinstance ofLigands0.80text
which have eight donor atoms are used to form complexes with large metal ions such as lanthanide or actinide ions which usually form 8- or 9-coordinate complexesinstance ofLigands0.80text
Fe3instance ofThis molecule should be used with caution as a buffering agent as it will form chelate complexes with ions0.80text
MLninstance ofGeometrical factorsSuccessive stepwise formation constants Kn in a series0.80text
Pb2instance ofTreatment of poisoning by ions0.80text
chelex 100instance ofpotassium selective electrodes are available that make use of the naturally occurring macrocyclic antibiotic valinomycin.An ion-exchange resin0.80text
which contains chelating ligands bound to a polymerinstance ofpotassium selective electrodes are available that make use of the naturally occurring macrocyclic antibiotic valinomycin.An ion-exchange resin0.80text
can be used in water softenersinstance ofpotassium selective electrodes are available that make use of the naturally occurring macrocyclic antibiotic valinomycin.An ion-exchange resin0.80text
in chromatographic separation techniquesinstance ofpotassium selective electrodes are available that make use of the naturally occurring macrocyclic antibiotic valinomycin.An ion-exchange resin0.80text

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